这些结果可直接用于实际系统的设计，仿真结果及实际应用结果证实了新算法的有效性。
These results can be directly used for practical design of composition control system. The effectiveness of the proposed algorithm is confirmed by both simulations and practical applications.
本文完成了系统硬件平台设计和软、硬件调试工作，实现了算法的仿真及应用。
In this paper, we complete the system design, the debugging of hardware and software, the implementation and application of algorithms.
我们利用目前电子设计自动化中应用较广泛的FPGA技术进行了整个时间统一系统方案设计，并且在方案的基础上进行了分析及仿真。
We discuss the implementation of the whole timing system by the use of FPGA technology which is widely used in present EDA, and carry out analysis and simulation after the schematic design.
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